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-diff -Naur tuneit-0.3/src/tuneit.1 tuneit-0.3.patched/src/tuneit.1
---- tuneit-0.3/src/tuneit.1	2005-01-27 14:30:50.000000000 -0500
-+++ tuneit-0.3.patched/src/tuneit.1	2009-12-25 12:47:26.000000000 -0500
-@@ -1,4 +1,4 @@
--.TH TUNEIT 1 "January 27, 2005"
-+.TH TUNEIT 1 "December 25, 2009"
- .SH NAME
- tuneit \- Simple command line instrument tuner
- .SH SYNOPSIS
-@@ -6,41 +6,72 @@
- .RI [ options ]
- .I captureDevice
- .SH DESCRIPTION
--\fBtuneit\fP plays Vorbis and MPEG audio files while allowing the user
--to choose a new tempo without changing the pitch.
-+Tune\-It is a very simple command-line based instrument tuner for Linux.
- .PP
--The tempo can be interactively controlled by pressing '+' or '-', incrementing
--and decrementing the playback tempo by 1 percent respectively.
--Use "q" to stop playback.
-+It uses two different algorithms for pitch detection.  By default,
-+a simple and fast Schmitt Trigger based algorithm is used to detect
-+the fundamental frequency of an instrument.  For better and more reliable
-+results, there is an alternative FFT based algorithm which is much more CPU
-+intensive.
-+.PP
-+As audio capture backends, ALSA and JACK are supported.  By default, \fBtuneit\fR
-+will try to use the hw:0,0 ALSA device.
-+.PP
-+\fBtuneit\fR captures audio from an audio device and determines the note
-+being played, including the distance in cents from the nearest note in
-+standard (well\-tempered) tuning. Example display:
-+.PP
-+Note E  ( 329.628Hz):  +8 cents ( 331.106Hz)
-+.PP
-+The example was made by connecting an electric guitar to the sound
-+card's mic input and playing the high E string (which was tuned slightly
-+sharp). The first Hz value is the standard frequency of the E note, and
-+the second is the actual frequency being sampled from the audio device.
-+In the example, we need to tune the high E string down slightly. When it
-+is correct, \fI+0 cents\fR will be displayed.
-+.PP
-+To exit, interrupt the program (usually control\-C).
-+.PP
-+If \fBtuneit\fR's output seems to jump around and never settle on a note,
-+try one or more of:
-+.PP
-+\- Run \fBtuneit\fR with the \fB\-f\fR option.
-+.PP
-+\- Adjust the volume and/or tone controls of your instrument.
-+.PP
-+\- If your instrument has more than one pickup (such as an electric
-+guitar or bass), try the other pickup.
-+.PP
-+\- For stringed instruments, try the center harmonic of each string
-+(for guitar or bass, this would be the harmonic at the 12th fret).
-+.PP
-+\- For miked acoustic instruments, try a different microphone, or different
-+mic placement.
- .SH OPTIONS
--\fByatm\fP accepts the following options:
--.TP
--.BR  -b
--Begin playing at
--.IR time ,
--given as an offset from the beginning of the file
--.RB ( 0:00:00 ).
-+\fBtuneit\fR accepts the following options:
- .TP
--.BR  -e
--Stop after
--.IR duration
--seconds of audio have been decoded.
-+\-f
-+Use the more CPU intensive FFT based algorithm. This is highly recommended,
-+unless your system is too slow to support it.
- .TP
--.BR  -t
--Specify initial tempo as a floating point value, 1.0 is the default.
-+\-i
-+List available input ports and exit.
- .TP
--.BR  -q
--Inhibit usual output.
-+\-j
-+Use JACK as the audio transport system (default is to use ALSA).
- .TP
--.B  -v, --verbose
--Print more information.
-+.B \-l \fILATENCY\fR
-+Measurement window size in 1/N seconds (default is 10).
- .TP
--.B \-h, \-\-help
--Show summary of options.
-+.B \-r \fIRATE\fR
-+Set sample rate (default is 48000).
- .TP
--.B \-V, \-\-version
--Show version of program.
-+.B \-t \fIHERTZ\fR
-+Tune the A note of the scale (default is 440.0)
- .SH "SEE ALSO"
- .BR jackd (1), amixer (1). 
- .SH AUTHOR
- Mario Lang <mlang@delysid.org>.
-+.PP
-+This manual page was written by B. Watson for the SlackBuilds.org
-+project, but may be used by others.